NOVICE: a Radiation Transport/Shielding Code, Users Guide
Last Revision: 20141112    182848.000
Experimental and Mathematical Physics Consultants
Post Office Box 3191       Gaithersburg, MD 20885
NOVICE                     i                      NOVICE
Table of Contents
List of Illustrations
List of Tables

Text INTRODUCTION, NOVICE introduction and summary...INT

A


Text ADDRESS, index modifiers for geometry/materials.ADD

Text ADJOINT, 1D/3D Monte Carlo, charged particles...ADJ

Text ARGUMENT, definition of replacement strings.....ARG

Text ARRAY, array input (materials, densities).......ARR

B


Text BAYS, spacecraft bus structure at JPL...........BAY

Text BETA, forward Monte Carlo, charged particles....BET

C


Text CATIA, geometry input, DESIGN/MAGIC/MCNP........CAT

Text COMMAND, discussion of command line parameters..COM

Text CRASH, clears core for new problem..............CRA

Text CSG, prepares output geometry files, CSG format.CSG

D


Text DATA, discusses input data formats..............DAT

Text DEMO, used for code demonstration runs..........DEM

Text DESIGN, geometry input, simple shapes/logic.....DES

Text DETECTOR, detector input, points/volumes........DET

Text DOSE3D, new scoring, forward/adjoint Monte CarloDES

Text DUMP, formatted dump of problem data............DUM

Text DUPLICATE, copy previously loaded geometry......DUP

E


Text END, end of data for a processor................END

Text ENHANCE, photon dose enhancement................ENH

Text ERROR, reset error indicator, delete inputs.....ERR

Text ESABASE, interface to ESABASE geometry model....ESA

Text EUCLID, interface to EUCLID geometry model......EUC

Text EXECUTE, end of data base input, run physics....EXE

F


Text FASTER, neutron/gamma multrigroup Monte Carlo...FAS

Text FEDIFU, approximate electron transport procedureFED

Text FILES, file and directory path names............FIL

G


Text GCR, 1D/3D galactic cosmic rays, CREME models...GCR

Text GEOMETRY, discusses 3D geometry modeling........GEO

Text GET, retrieves data named input file............GET

Text GRAPHICS, discusses graphics modes, etc.........GRA

H


Text HELP, accesses users guide, line input mode.....HEL

I


Text IGES, interface to IGES geometry model..........IGE

Text ISODOSE, generates isodose curves, SIGMA output.ISO

K


Text KERNEL, neutron/gamma 3D point kernel...........KER

L


Text LABEL, problem description for output files.....LAB

Text LIBRARY, data library format/preparation........LIB

M


Text MAGIC, geometry modeling, combinatorial logic...MAG

Text MATERIAL, material names and compositions.......MAT

Text MCNP, geometry models in MCNP format............MCN

Text MENU, puts interactive run in menu mode.........MEN

Text MEVDP, geometry models in MEVDP format..........MEV

N


Text NIEL, electron and heavy ion damage response....NIE

Text NOTES, incremental notes, various processors....NOT

O


Text OPTIONS, additional options for processors......OPT

Text OVERLAP, describes geometry overlap features....OVE

P


Text PARTICLE, input particle name, group structure..PAR

Text PDFILES, documents create of PDF users guide....PDF

Text PICTURE, 3D geometry pictures, perspective......PIC

Text PLOT, plotting of output data on screen.........PLO

Text PRESET, discusses data in config.nov file.......PRE

Text PRINT, toggles print of large tables on/off.....PRI

Text PULSE, calculates single event effects..........PUL

Text PUT, saves data for subsequent GET operation....PUT

Q


Text QAD, runs QAD problems using NOVICE geometry....QAD

R


Text RADECS, comparison tables of SIGMA/ADJOINT......RAD

Text REFERENCE, part/package document & SIGMA output.REF

Text REGION, geometry region by listing surfaces.....REG

Text RESPONSE, user supplied response functions......RES

Text ROTATE, geometry coordinate transformations.....ROT

S


Text SAVE, save inputs in binary file format.........SAV

Text SCORING, describes source/detector scoring......SCO

Text SECTOR, interface with AFWL SECTOR geometry.....SEC

Text SELTZER, SHIELDOSE and SHIELDOSE runs...........SEL

Text SHIELD, 1D charged particle, quadrature.........SHI

Text SHOW, graphical display or orbit and environmentSHO

Text SIGMA, 3D ray-trace/sectoring analysis..........SIG

Text SIMPLE, geometry meshes, orthogonal systems.....SIM

Text SKIP, used to skip over unused data lines.......SKI

Text SOCODE, minimum weight shield analysis..........SOC

Text SOFIP, calculates trapped environments..........SOF

Text SOLAR, calculates solar particle event data.....SOL

Text SOURCE, spatial/angular source information......SOU

Text SPARES, set aside post EXE geometry arrays......SPA

Text SPECTRUM, input of analytic/tabulated spectra...SPE

Text START, use of START and restart files...........STA

Text STOP, end of problem in interactive mode........STO

Text SUMMARY, more complete introduction to NOVICE...SUM

Text SURFACE, definition of simple surfaces..........SUR

Text SYSTEMA, interface with MATRA SYSTEMA geometry..SYS

T


Text TRACER, used to trace program flow, debugging...TRA

U


Text UNITS, conversion factors for centimeters, etc..UNI

V


Text VERSION, provides date/compiler options for EXE.VER

X


Text XRAY, 1D and 3D xray transport, no scattering...XRA

A


Figure   1:  (ADJP16) Pulse Height Distribution..... ADJ

Figure   2:  (ADJPNE) Bremsstrahlung Flux........... ADJ

Figure   3:  (ADJENE) Differential Electron Flux.... ADJ

Figure   4:  (ADJKB2) Brem Dose Versus Thickness.... ADJ

Figure   5:  (ADJKEL) Electron Dose Vs. Thickness... ADJ

B


Figure   6:  (BAYSUM) BAY Generator Summary......... BAY

Figure   7:  (BAYVYZ) YZ Cross Section, Single Bay.. BAY

Figure   8:  (BAYVXY) XY Cross Section, Longerons... BAY

Figure   9:  (BAYVZX) ZX Cross Section, Single Bay.. BAY

Figure  10:  (BAYPRO) Projected View of BAY Model... BAY

D


Figure  11:  (DESBOX) BOX Parameters................ DES

Figure  12:  (DESXCY) XCYLinder Parameters.......... DES

Figure  13:  (DESYCY) YCYLinder Parameters.......... DES

Figure  14:  (DESZCY) ZCYLinder Parameters.......... DES

Figure  15:  (DESSPH) SPHere Parameters............. DES

Figure  16:  (DESXAN) XANnulus Parameters........... DES

Figure  17:  (DESYAN) YANnulus Parameters........... DES

Figure  18:  (DESZAN) ZANnulus Parameters........... DES

Figure  19:  (DESXCO) XCOne Parameters.............. DES

Figure  20:  (DESYCO) YCOne Parameters.............. DES

Figure  21:  (DESZCO) ZCOne Parameters.............. DES

Figure  22:  (DESTHE) THEta Box Parameters.......... DES

Figure  23:  (DESPIE) PIE Segement Parameters....... DES

Figure  24:  (DESMID) MID Point Box Parameters...... DES

Figure  25:  (DESROT) ROTated Box Parameters........ DES

Figure  26:  (DESCAK) CAKE Segment Parameters....... DES

Figure  27:  (DESHOL) HOLlow Box Parameters......... DES

Figure  28:  (DESCUT) Cutting Surface Logic......... DES

Figure  29:  (DESCUS) Cutting Surface with Ellipsoid DES

Figure  30:  (DETXYZ) Rectangular Detector Volume... DES

Figure  31:  (DETCYL) Cylindrical Detector Volume... DES

Figure  32:  (DETSPH) Spherical Detector Volume..... DES

Figure  33:  (DUPZXV) RTG XZ Cross Section View..... DUP

Figure  34:  (DUPYZV) RTG YZ Cross Section View..... DUP

Figure  35:  (DUPXYV) RTG XY Cross Section View..... DUP

Figure  36:  (DUPPRO) RTG Projected View............ DUP

Figure  37:  (DUPCUT) RTG Projected View/Cutout..... DUP

E


Figure  38:  (ESAPIC) Satellite Sample Picture...... ESA

G


Figure  39:  (GCRCBI) Cumulative Dose by GCR Ion.... GCR

Figure  40:  (GCRDBI) GCR Dose by Ion Specie........ GCR

Figure  41:  (GCRDVT) GCR Dose Versus Thickness..... GCR

Figure  42:  (GEOINT) Body Intersections............ GEO

Figure  43:  (GEOUNI) Body Unions................... GEO

Figure  44:  (GEOZXV) ZX Cross Section, Galileo..... GEO

Figure  45:  (GEOYZV) YZ Cross Section, Galileo..... GEO

Figure  46:  (GEOXYV) XY Cross Section, Galileo..... GEO

Figure  47:  (GEOPRO) Projected View, Galileo....... GEO

Figure  48:  (GEOCUT) Projected Cutaway, Galileo.... GEO

Figure  49:  (GEODUT) Cutaway Closeup, Galileo...... GEO

M


Figure  50:  (MAGELL) Ellipsoidal Body.............. MAG

Figure  51:  (MAGSPH) Spherical Body................ MAG

Figure  52:  (MAGRPP) Rectangular Parallelapiped.... MAG

Figure  53:  (MAGRCC) Right Circular Cylinder Body.. MAG

Figure  54:  (MAGTRC) Truncated Cone Body........... MAG

Figure  55:  (MAGBOX) Box Body...................... MAG

Figure  56:  (MAGWED) Wedge Body.................... MAG

Figure  57:  (MAGREC) Right Elliptic Cylinder Body.. MAG

Figure  58:  (MAGARB) Arbitrary Polyhedron Body..... MAG

Figure  59:  (MAGSAT) Satellite Model Perspective... MAG

Figure  60:  (MAGCUT) Cut Away with Perspective..... MAG

Figure  61:  (MAGDUT) Cut Away Closeup.............. MAG

O


Figure  62:  (OVELAP) Overlap Logic, O=0 or O=3..... OVE

Figure  63:  (OVELAQ) Overlap Logic, O=1 or O=2..... OVE

P


Figure  64:  (PICQV1) Layout of Q=1 Output.......... PIC

Figure  65:  (PICQV2) Layout of Q=2 Output.......... PIC

Figure  66:  (PICQV3) Layout of Q=3 Output.......... PIC

Figure  67:  (PICQV4) Layout of Q=4 Output.......... PIC

Figure  68:  (PICQV5) Layout of Q=5 Output.......... PIC

Figure  69:  (PICQV6) Layout of Q=6 Output.......... PIC

Figure  70:  (PICYZV) YZ Cross Section, Q=-6........ PIC

Figure  71:  (PICZXV) ZX Cross Section, Q=-5........ PIC

Figure  72:  (PICXYV) XY Cross Section, Q=-4........ PIC

Figure  73:  (PICPRO) Projected View, Q or Q=0...... PIC

Figure  74:  (PICCUT) Cutaway View, Q and C......... PIC

Figure  75:  (PLONOE) Source Spectrum, Differential. PLO

Figure  76:  (PLONGE) Source Spectrum, Integral..... PLO

Figure  77:  (PLORES) Response Function Data........ PLO

Figure  78:  (PLOPST) Photon Cross Sections......... PLO

Figure  79:  (PLOPDE) Photon Total LET.............. PLO

Figure  80:  (PLOELR) Electron Range................ PLO

Figure  81:  (PLOEDE) Electron Stopping Power....... PLO

Figure  82:  (PLONST) Neutron Total Cross Section... PLO

Figure  83:  (PLONSF) Fast Neutron Cross Section.... PLO

Figure  84:  (PLOGST) Gamma Ray Cross Section....... PLO

Figure  85:  (PLONDE) Neutron Total Let............. PLO

Figure  86:  (PLOGDE) Gamma Ray Total LET........... PLO

Figure  87:  (PLOPRR) Proton Range.................. PLO

Figure  88:  (PLOPRL) Proton Stopping Power......... PLO

Figure  89:  (PLOIOR) Ion Range..................... PLO

Figure  90:  (PLOIOL) Ion Stopping Power............ PLO

Figure  91:  (PULGIP) GCR Integral Pulse Heights.... PUL

Figure  92:  (PULGDP) GCR Differential Pulse Height. PUL

Figure  93:  (PULGIL) GCR Integral LET Spectrum..... PUL

Figure  94:  (PULGDL) GCR Differential LET Spectrum. PUL

Figure  95:  (PULCLD) Chord Length Distributions.... PUL

Figure  96:  (PULSEP) Secondary Electron Pulse Hgt.. PUL

Figure  97:  (PULDEP) Detector Electron Pulse Hgt... PUL

Figure  98:  (PULTEP) Total Electron Pulse Height... PUL

Figure  99:  (PULEDL) Electron LET Spectrum......... PUL

Figure 100:  (PULPEP) Primary Electron Pulse Height. PUL

Figure 101:  (PULEIL) Beta Integral LET Spectrum.... PUL

R


Figure 102:  (REGZXV) ZX View of Camera Man Model... REG

Figure 103:  (REGYZV) YZ View of Camera Man Model... REG

Figure 104:  (REGXYV) XY View of Camera Man Model... REG

Figure 105:  (REGPRO) Projected View of Man Model... REG

Figure 106:  (REGCUT) Cutaway View of Man Model..... REG

Figure 107:  (REGHEA) Closeup of Man Model Head..... REG

Figure 108:  (ROTPIC) Sample Problem Picture........ ROT

Figure 109:  (ROTTRA) Translate Operation........... ROT

Figure 110:  (ROTXYZ) X to Y Rotate Around Z Axis... ROT

Figure 111:  (ROTYZX) Y to Z Rotate Around X Axis... ROT

Figure 112:  (ROTZXY) Z to X Rotate Around Y Axis... ROT

Figure 113:  (ROTREF) Reflection in Plane........... ROT

S


Figure 114:  (SHOVUE) Last frame of orbit data...... SHO

Figure 115:  (SIGTHI) Sector Mass Thicknesses....... SIG

Figure 116:  (SIMXYZ) Rectangular Mesh.............. SIM

Figure 117:  (SIMXCY) Cylinders Parallel to X-axis.. SIM

Figure 118:  (SIMYCY) Cylinders Parallel to Y-axis.. SIM

Figure 119:  (SIMZCY) Cylinders Parallel to Z-axis.. SIM

Figure 120:  (SIMSPH) Spherical Mesh................ SIM

Figure 121:  (SOUXYZ) Rectangular Source Volume..... SOU

Figure 122:  (SOUCYL) Cylindrical Source Volume..... SOU

Figure 123:  (SOUSPH) Spherical Source Volume....... SOU

Figure 124:  (SURXPL) Plane Perpendicular to X-axis. SUR

Figure 125:  (SURYPL) Plane Perpendicular to Y-axis. SUR

Figure 126:  (SURZPL) Plane Perpendicular to Z-axis. SUR

Figure 127:  (SURXYP) Plane Parallel to Z-axis...... SUR

Figure 128:  (SURYZP) Plane Parallel to X-axis...... SUR

Figure 129:  (SURZXP) Plane Parallel to Y-axis...... SUR

Figure 130:  (SURXCO) Cone Parallel to X-axis....... SUR

Figure 131:  (SURYCO) Cone Parallel to Y-axis....... SUR

Figure 132:  (SURZCO) Cone Parallel to Z-axis....... SUR

Figure 133:  (SURXCY) Cylinder Parallel to X-axis... SUR

Figure 134:  (SURYCY) Cylinder Parallel to Y-axis... SUR

Figure 135:  (SURZCY) Cylinder Parallel to Z-axis... SUR

Figure 136:  (SURSPH) Spherical/Ellipsoidal Surface. SUR

Figure 137:  (SURXXP) Two Planes Perpendicular to X. SUR

Figure 138:  (SURYYP) Two Planes Perpendicular to Y. SUR

Figure 139:  (SURZZP) Two Planes Perpendicular to Z. SUR


 Table   1:  (INTPAR) Allowed Particle Types........ INT

 Table   2:  (INTSYS) System Convenience Features... INT

 Table   3:  (INTENE) Particle Dependent Data....... INT

 Table   4:  (INTGEO) Geometry Modeling Processors.. INT

 Table   5:  (INTADV) Advanced Geometry Modeling.... INT

 Table   6:  (INTANA) Analysis Procedures........... INT

 Table   7:  (INTDEF) Default Input Data............ INT

 Table   8:  (INTBAT) NOVICE Batch Run.............. INT

 Table   9:  (INTINT) NOVICE Interactive Run........ INT

A


 Table  10:  (ADJPHO) In/Out Photon/Electron Setup.. ADJ

 Table  11:  (ADJRUN) Outputs While Running......... ADJ

 Table  12:  (ADJBRE) Brem Flux Outputs (3D)........ ADJ

 Table  13:  (ADJELE) Electron Flux Outputs (3D).... ADJ

 Table  14:  (ADJPHD) Pulse Height Outputs (3D)..... ADJ

 Table  15:  (ADJDCF) AFWLDCF.DAT Output File (3D).. ADJ

 Table  16:  (ADJMAT) MATRIX.DAT Output File (3D)... ADJ

 Table  17:  (ADJEFK) EFKOUT.DAT Summary File (3D).. ADJ

 Table  18:  (ADJPLT) GOPLOT.DAT PHD File (3D)...... ADJ

 Table  19:  (ADJKOP) K-opt Response Outputs (1D)... ADJ

 Table  20:  (ADJKXX) K-opt Source E Outputs (1D)... ADJ

 Table  21:  (ADJKYY) K-opt Flux E Outputs (1D)..... ADJ

 Table  22:  (ADJKXY) K-opt Source & Flux E (1D).... ADJ

 Table  23:  (ADJSIG) K-opt MATRIX.DAT File (1D).... ADJ

B


 Table  24:  (BETSUM) Input and Running Outputs..... BET

 Table  25:  (BETOUT) Electron/Bremsstrahlung Output BET

 Table  26:  (BETOUP) Photon Primary Output......... BET

 Table  27:  (BETPHD) Pulse Height Output Format.... BET

 Table  28:  (BETSAV) Pulse Height PROTEL.SUM File.. BET

 Table  29:  (BETSUP) Photon Summary, MATRIX.DAT.... BET

C


 Table  30:  (CATSUR) Basic Surfaces................ CAT

 Table  31:  (CATMCN) MCNP Derived Surfaces......... CAT

 Table  32:  (CATDES) Basic Bodies.................. CAT

 Table  33:  (CATMAG) MAGI Derived Bodies........... CAT

D


 Table  34:  (DATSTR) Special Data Strings.......... DAT

 Table  35:  (DATINP) Typical Data Input Stream..... DAT

 Table  36:  (DATOUT) Typical Problem Termination... DAT

 Table  37:  (DESDAT) Design Shapes and Dimensions.. DES

 Table  38:  (DESNEW) Design Shapes Added in 1998... DES

 Table  39:  (DESMAP) Electronics Box Dose Mapping.. DES

 Table  40:  (DUPONE) RTG Fuel Surfaces/Regions..... DUP

 Table  41:  (DUPTWO) RTG Rotate/Duplicate Fuel..... DUP

 Table  42:  (DUPTHR) RTG Jacket and Fins........... DUP

E


 Table  43:  (ESADAT) Sample NOVICE Input Data...... ESA

 Table  44:  (ESASYS) SYSTEMA geometry summary...... ESA

 Table  45:  (ESAGEO) ESABASE geometry summary...... ESA

 Table  46:  (ESASPE) Spectrum input for NOVICE..... ESA

 Table  47:  (ESADET) Detector input for NOVICE..... ESA

 Table  48:  (ESASIG) Dose Tabulation for NOVICE.... ESA

 Table  49:  (EUCDAT) Example of EUCLID Data File... EUC

 Table  50:  (EXEMAT) Material Compositions......... EXE

 Table  51:  (EXESUR) Quadric Surface Coefficients.. EXE

 Table  52:  (EXEBOD) Intersected Body List/Logic... EXE

 Table  53:  (EXEREG) Material Region Definitions... EXE

 Table  54:  (EXESOU) Particle Source Definitions... EXE

 Table  55:  (EXEDET) Particle Detector Definitions. EXE

 Table  56:  (EXELIB) Multigroup Library Creation... EXE

 Table  57:  (EXESPE) Particle Spectra Tabulations.. EXE

 Table  58:  (EXERES) Particle Response Tabulations. EXE

 Table  59:  (EXEENE) Particle E Group Parameters... EXE

 Table  60:  (EXEMUL) Summary Xsects, Neutron/Gamma. EXE

 Table  61:  (EXEPHO) Summary Xsects, Photons....... EXE

 Table  62:  (EXEELE) Summary Xsects, Electrons..... EXE

 Table  63:  (EXEPRO) Summary Xsects, Protons....... EXE

 Table  64:  (EXEHEV) Summary Xsects, Heavy Ions.... EXE

F


 Table  65:  (FASSUM) Summary Output................ FAS

 Table  66:  (FASOLD) Old Format Flux Output........ FAS

 Table  67:  (FASNEU) Neutron Flux/Response Output.. FAS

 Table  68:  (FASGAM) Gamma Flux/Response Output.... FAS

G


 Table  69:  (GCRGEO) Geomagnetic Shielding Factors. GCR

 Table  70:  (GCRION) Individual Heavy Ion Spectra.. GCR

 Table  71:  (GCRLET) Material Stopping Powers...... GCR

 Table  72:  (GCRFLX) Ion Fluxes at Shield Layers... GCR

 Table  73:  (GCRREM) Physical/REM Dose Output...... GCR

 Table  74:  (GCRSUM) GCRSUM.DAT Output Format...... GCR

 Table  75:  (GEOINP) Outputs During Geometry Input. GEO

K


 Table  76:  (KERSUM) Intermediate Outputs.......... KER

 Table  77:  (KEROUT) Flux/Response Output Format... KER

M


 Table  78:  (MAGDAT) Magic Body Names and Data..... MAG

 Table  79:  (MCNSUR) MCNP Surface Parameters....... MCN

O


 Table  80:  (OVRLAP) Ray Trace Overlap Messages.... OVR

P


 Table  81:  (PICDIM) Dimension File (name.DIM)..... PIC

 Table  82:  (PLOTBL) Plot Data File Format......... PLO

 Table  83:  (PRENOV) NOVICE CONFIG.NOV File........ PRE

 Table  84:  (PULFLX) FLUXES.DAT Interface File..... PUL

 Table  85:  (PULOUT) Pulse Height Output File...... PUL

 Table  86:  (PULLET) Pulse LET Spectrum Output..... PUL

 Table  87:  (PULPHD) Pulse Height Print File....... PUL

 Table  88:  (PULGOP) PHD GOPLOT.DAT Output File.... PUL

R


 Table  89:  (ROTINP) Rotate Output Table........... ROT

 Table  90:  (ROTPRT) PART Data Set................. ROT

 Table  91:  (ROTLIN) LINE Data Set................. ROT

 Table  92:  (ROTSID) SIDE Data Set................. ROT

 Table  93:  (ROTBRD) BOARD Data Set................ ROT

 Table  94:  (ROTBOX) BOX Data Set.................. ROT

 Table  95:  (ROTSHO) Sample Problem Data........... ROT

S


 Table  96:  (SELTZE) Sample SHIELDOSE Input Data... SEL

 Table  97:  (SHIINP) Shield Input Stream........... SHI

 Table  98:  (SHIRES) Shield Response Listing....... SHI

 Table  99:  (SHIFLX) Shield Flux Output............ SHI

 Table 100:  (SHIANG) Shield Angular Flux Output.... SHI

 Table 101:  (SHISUM) Shield Summary Output Table... SHI

 Table 102:  (SHIPUN) Shield "Punch" File........... SHI

 Table 103:  (SIGINP) SIGMA Input Stream............ SIG

 Table 104:  (SIGKER) Kernel Output Table........... SIG

 Table 105:  (SIGRUN) Integration Status Output..... SIG

 Table 106:  (SIGOUT) SIGMA Output Table............ SIG

 Table 107:  (SIGINR) Inner Region/Sector Output.... SIG

 Table 108:  (SIGOTR) Outer Region Table............ SIG

 Table 109:  (SIGTHK) Thickness Mapping............. SIG

 Table 110:  (SIGHIT) First Non-Void Region Map..... SIG

 Table 111:  (SIGSUM) Summary Output Table.......... SIG

 Table 112:  (SIGEFK) EFKOUT.DAT File Summary....... SIG

 Table 113:  (SIGSEC) SECTOR.DAT File............... SIG

 Table 114:  (SOFIPD) Example of SOFIP Input Data... SOF

 Table 115:  (SOFSEL) SOFIP/SHIELDOSE Input Data.... SOF

 Table 116:  (SOLARD) Example of SOLAR Input Data... SOL

 Table 117:  (SPETAB) Tabulated Spectra Options..... SPE

 Table 118:  (SPEANA) Analytic Spectra.............. SPE

 Table 119:  (SPENOR) Normalization Options......... SPE

 Table 120:  (SURDAT) Quadric Surface Data.......... SUR

X


 Table 121:  (XRAY1D) Sample 1D Output.............. XRA

 Table 122:  (XRAY2D) Sample 2D Output.............. XRA

 Table 123:  (XRAY3D) Sample 3D Output.............. XRA